public override void Decorate()
{
Bend bend = m_Conduit.bend;
// Get Roll Angle
float rollAngleDeg = (float)bend.GetOutputParameter(EBendParameterName.RollAngleDegrees).value;
float riseM = (float)bend.GetInputParameter(EBendParameterName.Rise).value;
float rollM = (float)bend.GetInputParameter(EBendParameterName.Roll).value;
var centerline = m_Conduit.centerline;
var indices = m_Conduit.centerlineBendIndices;
if (rollAngleDeg == 0f || indices.Count == 0 || bend.alert != null)
{
// Disable Lines
EnableLines(false);
return;
}
if (!m_LinesEnabled)
{
EnableLines(true);
}
// Get Points
//Vector3 csFirst = centerline[ indices[0].index ].point;
//Vector3 ceSecond = centerline[ indices[3].index ].point;
Vector3 cEnd = centerline[centerline.Count - 1].point;
Vector3 origin = Vector3.zero;
origin.z = cEnd.z;
Vector3 riseOrigin = origin;
riseOrigin.y -= m_LineWidth * 0.5f;
// Generate Circle Sector Mesh
//ConduitGenerator.GenerateSector( sectorMesh, riseM, rollAngleDeg, 5f );
m_RiseLine.Draw(riseOrigin, riseOrigin + Vector3.up * riseM);
m_RollLine.Draw(origin, origin + Vector3.left * rollM);
// Positions
//sectorObject.localPosition = origin;
m_Conduit.transform.rotation = Quaternion.Euler(0f, 0f, rollAngleDeg);
transform.localRotation = Quaternion.Euler(0f, 0f, 360f - rollAngleDeg); // Undo Rotation (since we're child of Conduit)
}
public override void Decorate()
{
Bend bend = m_Conduit.bend;
// Get Values
var centerline = m_Conduit.centerline;
var bendIndices = m_Conduit.centerlineBendIndices;
float spacingM = (float)bend.GetInputParameter(EBendParameterName.Spacing).value;
float spreadM = (float)bend.GetOutputParameter(EBendParameterName.KickSpread).value;
float shiftM = (float)bend.GetOutputParameter(EBendParameterName.Shift).value;
float travelM = (float)bend.GetOutputParameter(EBendParameterName.KickTravel).value;
float firstMarkM = (float)bend.GetOutputParameter(EBendParameterName.KickFirstMark).value;
// Get Start and End Centerline Indices
int cs90_i = bendIndices[2].index;
int ce90_i = bendIndices[3].index;
int csKick_i = bendIndices[0].index;
int ceKick_i = bendIndices[1].index;
Vector3 cs90 = centerline[cs90_i].point;
// Have the Bends Changed?
float angleDeg = (float)bend.inputParameters[0].value;
// Re-Copy Split Mesh
ConduitGenerator.CopyLastConduitPartial(bendKickMesh, 0, ceKick_i);
// OPT: We Don't need to Re-Copy the 90 every time, we could just rotate a Clone as needed
ConduitGenerator.CopyLastConduitPartial(bend90Mesh, ceKick_i, centerline.Count - 1);
// Record Start Position of Kick
bend90Adjust = cs90;
bend90Forward = centerline[cs90_i].forwardDir;
lastAngleDeg = angleDeg;
//----------------
// Set Positions
//----------------
// Space & Slide Conduit
Vector3 conduitOrig = m_Conduit.transform.localPosition;
conduitOrig.y = spacingM;
m_Conduit.transform.localPosition = conduitOrig;
// Slide & Shift Parallel Conduit
float partialShift = (spacingM * Mathf.Tan(angleDeg * Mathf.Deg2Rad * 0.5f));
Vector3 parallelOrig = conduitOrig;
parallelOrig.y = -spacingM;
parallelOrig.z = partialShift; // a 'part' of the total ShiftM
transform.localPosition = parallelOrig;
// Shift Parallel 90
m_P90Conduit.transform.localPosition = (cs90 - bend90Adjust) + bend90Forward * (shiftM);
//----------------
// Draw Lines
//----------------
Vector3 startSpread = centerline[ce90_i].point;
startSpread.y += Engine.conduitDiameterM * 0.5f;
Vector3 endSpread = startSpread + m_Conduit.transform.forward * spreadM;
Vector3 startShift = centerline[ceKick_i].point;
Vector3 endShift = centerline[ceKick_i].point + shiftM * bend90Forward;
Vector3 startTravel = centerline[csKick_i].point;
Vector3 startFirstMark = centerline[ceKick_i].point + centerline[ceKick_i].radialDir * m_Conduit.conduitDiameterM;
m_SpreadLine.Draw(startSpread, endSpread);
m_ShiftLine.Draw(startShift, endShift);
m_FirstMarkLine.Draw(startFirstMark, startFirstMark + centerline[ceKick_i].forwardDir * firstMarkM);
m_TravelLine.Draw(startTravel, startTravel + centerline[csKick_i].forwardDir * travelM);
}
